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- For a set of linear algebraic equations in matrix format, Axy, for a unique solution to exist, det(A) should be __________.For each of the following power systems, do following: 1. Compute the Y_bus in rectangular and polar forms 2. Set up the power flow problem as follows (see the sample example) Identify the type of each bus State the unknown and known variables at each bus Write the power flow equations A) Power system 1: j0.5 Bus 1: V1=1.0, 81=0 Bus 2: V2=1.04, P G2=1.0 P12=0.3,Q12=0.1 Bus 3: P13=0.5,QL3=0.3 j 0.2 j0.3= j0.1 j 0.4 j 0.3 j0.1 j0.3Let's assume that we have a power system with 1000 buses including 200 generator buses. This system has 1186 transmission lines. If we are planning to use DC power flow to find the flows within this system, what would be the dimensions of the incident matrix (A)? O 1186 x 999 O 1186 x 200 O 200 x 1186 O 199 x 1000
- For a Natural Gas based Power Generation unit, which of the following cannot be an input quantity for plotting input-Ouiput characteristics? a. m^3 /h b. $/m^3 C. MBtu /h d. $/hQ1 A three bus system has the following bus power and voltage specifications: Bus Real Reactive Generated Generated Voltage Bus type Power Power Real Reactive (p.u.) Demand Demand Power Power (p.u.) (p.u.) (p.u.) (р.и.) 0.4 0.25 unspecified unspecified 1.05 + j0.0 Slack 1.5 0.9 unspecified P-Q 3 1 unspecified 1.02 Р-V (magnitude) Angle unspecified The Ybus matrix is shown as follows: [542-68° 22Z116° Y = 22/116° 312108° 582-63° 33Z107° p.u. bus 312108° 33/107° 672-67° (a)Determine the voltages at bus 2 and bus 3 after first iterations using Gauss Seidel. Use flat start voltage. (b) If the final value of voltage at buses 2 and 3 are 12-5.13° p.u. and 1.02Z-8.32° p.u. respectively, calculate the following; (i) Real and reactive power generated at bus 1 (ii) Power losses in branch (2-3) 1. 2.write conclusion about Single Line Diagrams residential and industrial power systems. please write in print font do not write in hand write ? and give a good data about it
- In a DC optimal power flow problem of 3 bus network. The flow on lines was found to as follow: f12=100 M, MW, f13=150 MW, and f23 =120MW. The lines limits are 140 MW each. and the system base MVA =10OMVA. What additional constraint to be added on the solution of the DCOPF Select one: O a. None of these O b. 100 (0, - 02)/x12= 150 Oc. 100 (0, - 03)/x13= 140 O d. 100 (0, - 03)/x13= 160 O e. 100 (0, - 03)/x13= 130 O f. 100 (0, - 03)/x13= 150In the measurement of level in a tank using capacitive type level probe, the following data is given below. Find C1 and C2. (choose Process Fluid/Service as Grain of mustard seed). Sl.no radius of outer radius of inner cylinder/pipe cylinder/pipe(cm) (cm) (cm) Span Level of liquid Capacitance (C ) (h2) (cm) 1 4 2.48 920 570 C1 3 1.42 1400 1200 C2 Process Fluid/Service Dielectric Constant(E, ) Water 80 Hydrochloric Acid Coffee Beans 1.5 Grain of mustard seed 3.6 Skimmed milk powder 2.3 capacitance C1 capacitance C2 2.Solve the below problem quickly as soon as possible.
- Kindly Solve the problem using kmap. I want a complete and handwritten solution so that I can understand.Consider a Pumped storage micro-hydel plant is to be built as a Peak load-plant on above mentioned Nathiya-Galli Water Fall with available head of 39 m and average discharge of 5640 m³/hour from the upper pound. The hydraulic efficiency and electrical efficiency of the plant to be 0.86 & 0.92 respectively. Analyze the following output from the above Pumped Storage Plant: a. Hydro-Power and Annual Hydro-energy available b. Electrical Power and annual electrical energy units that can be generated from the plant.Using Kirchhoff’s Laws, solve for the current in each branch.: If you derived more than three equations, show solution on how you solved for the unknowns by usingsimultaneous equations. You may use elimination, substitution, matrix, etc.